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Sokolov, Gennady 2005<br />

Fizeau's experiment with moving water: new explanation<br />

[datiert: 17.6.05] / Gennady Sokolov, Vitali<br />

Sokolov.<br />

In: The general science journal. 2005 =<br />

http://www.wbabin.net/sokolov/sokolov4.pdf - 8 S.<br />

SRT. FIZEAU.<br />

Auszüge: "In this article it is shown that Fizeau made a<br />

mistake when he supposed that the fringe shift in his<br />

interferometer with moving water is determined, as it<br />

takes place in usual interferometers, by expression (1)<br />

that is, the fringe shift depends on the difference [Formel]<br />

only. It is shown in the article that expression (1)<br />

is wrong because it is derived under the condition that<br />

the interfering beams entering the moving water do not<br />

change the frequency and go in the water with identical<br />

frequency 0 n ."<br />

"Thus, in consequence of the interaction with moving<br />

re-radiator the light decreases its frequency. The frequency<br />

decreases in both cases: when the re-radiator<br />

moves in the direction of the light beam and when it<br />

moves in opposite direction. This decrease of frequency<br />

evidently contradicts special relativity and nowadays<br />

this effect can be easy proved by a simple laser experiment<br />

with the movement of the glass re-radiator at a<br />

speed of 100-150 mph or more."<br />

Schluß: "Fizeau's experiment is unfit for the measuring<br />

of the speed of light in moving media and cannot<br />

be considered a confirmation of the main postulate of<br />

special relativity. On the contrary, this experiment proves<br />

the falsity of that postulate."<br />

Sokolov, Gennady 2005<br />

Fizeau's interference experiment with moving water<br />

contradicts the special theory of relativity: [datiert:<br />

11.3.05] / Gennady Sokolov, Vitali Sokolov.<br />

In: The general science journal. 2005 =<br />

http://gsjournal.net/eeuro/sokolov2.pdf - 9 S.<br />

SRT. FIZEAU.<br />

"Conclusion - The usual explanation of the results of<br />

Fizeau's interference experiment with moving water is<br />

wrong in principle. The fact that the fringe shift in the<br />

experiments always is less than the shift determined by<br />

expression (2) does not prove that the speed of the light<br />

changes less than by V. Expression (2) gives the wrong<br />

value of the fringe shift because this expression was<br />

derived without regard for the influence of the frequency<br />

change of the interfering beams on the fringe shift. (...)<br />

Fizeau's experiment is unfit for the measuring of the<br />

speed of the light in a moving media and cannot be<br />

considered as the confirmation of the main postulate of<br />

the special theory of relativity. This experiment, on the<br />

contrary, proves the falsity of that postulate."<br />

Sokolov, Gennady 2005<br />

Fizeau's interference experiment with moving water<br />

contradicts the special theory of relativity (in russ.<br />

Sprache) / Gennady Sokolov, Vitali Sokolov.<br />

In: The General science journal. 2005 =<br />

http://wbabin.net/sokolov/sokolov2r.pdf - 12 S.<br />

Status: Kritik. - Quelle: Autopsie.<br />

Sokolov, Gennady 2005<br />

The postulates of special relativity: [datiert: 19.3.05]<br />

/ Gennady Sokolov, Vitali Sokolov.<br />

In: The general science journal. 2005 =<br />

http://wbabin.net/sokolov/sokolov3.pdf - 3 S.<br />

SRT. RP. ABERR.<br />

Auszüge: "However, as Galileo warned, the principle<br />

of relativity means that only the observations and the<br />

experiments carried out inside the inertial frame do not<br />

allow detection of the movement of the frame. If you<br />

go on deck of the ship, said Galileo, you will see that<br />

your ship moves relative to shore, relative to the air,<br />

relative to the water, and so on. The observation of the<br />

external light signals coming from other frames allow<br />

detection the movement of own inertial frame relative<br />

to those frames. There is no equivalence of the movements<br />

of the light source and the observer because the<br />

observer receives external signals. Receiving the light<br />

signals from the different inertial frames, the observer<br />

can detect his own movement relative to those frames<br />

and some observations already prove that. The aberration<br />

of light coming from the stars, allows determining the<br />

speed of orbital motion of the Earth. This fact contradicts<br />

Einstein's postulate of relativity. The observation of socalled<br />

relict radiation allows determining the direction<br />

and the speed of the movement of the Earth relative to<br />

the stars. Stellar aberration takes place when the observer<br />

moves (this has been known about 300 years), but does<br />

not take place when the light source moves (this is<br />

proven by the observations of double star systems which<br />

has been known about 70 years). This fact convincingly<br />

proves that the movement of the observer is not equivalent<br />

to the movement of the source of light."<br />

(...)<br />

"In order to prove the falsity of the special theory of<br />

relativity it is necessary to carry out the experiments<br />

proving that the speed of the light depends on the<br />

movement of the observer and that in the case when the<br />

observer moves toward the light beam he meets the<br />

photons with more speed than in the case when he<br />

moves in the opposite direction. At first it is necessary<br />

to carry out a simple orbital experiment in which the<br />

observer will measure the speed of the light coming to<br />

him from some bright star or from a laser located on<br />

another spaceship. This experiment will exert more<br />

influence on developments in science than Michelson's<br />

experiment did in its time."<br />

Textversion 1.2 - 2012 295<br />

G. O. Mueller: SRT Kap. 4-Erg..

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